Security engineering
We build software that is secure because of how it is designed, not because a review caught the holes late — threat modelled, hardened, and private by default.
Security added at the end is a patchwork of fixes over decisions that were wrong to begin with. We put it at the start: what an attacker would want, where the trust boundaries are, and how data stays scoped and encrypted even if one part is breached.
It is the same posture that lets our products credibly promise they never sell your data — Docusift and its siblings read runtime configuration from an encrypted per-tenant store, so each customer's data and integrations are isolated by architecture, not by a policy on a settings page.
What secure by default means
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Threat modelling before code
Working out what needs protecting and from whom before the first line is written, so the design accounts for the real risks rather than reacting to them after launch.
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Encrypted, scoped, isolated
Per-tenant encrypted configuration and access scoped from the start, so a mistake in one place cannot reach across to another customer's data.
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Hardening you can verify
Sensible defaults, dependencies watched, secrets kept out of the code, and rate limits at the edge — a posture a team can audit and keep, not a one-time pass that rots.
Related from Ekarche
Need it built to hold up?
Tell us what the system protects and who might come after it. We will design the security in from the first decision.